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Falk Steelflex Couplings 

 Installation & Maintenance

Type T10 • Sizes 1150 – 1260 & 150 – 260 (Page 5 of 6)

Rexnord 

428-112

5555 S. Moorland Rd., New Berlin, WI 53151-7953 USA 

March 2014

Telephone:  262-796-4060 Fax:  262-796-4060  web: www.rexnord.com 

Supersedes 4-05

TYPE T COUPLING INSTALLATION & 

ALIGNMENT DATA

Maximum life and minimum maintenance for the coupling 

and connected machinery will result if  couplings are 

accurately aligned. Coupling life expectancy between 

initial alignment and maximum operating limits is a function 

of  load, speed and lubrication.
Values may be combined for an installation or operating 

condition.

 

Example: 1180T max. operating misalignment is .030” 

parallel plus .089” angular.
NOTE: For applications requiring greater misalignment, 

refer application details to the Factory.
Angular misalignment is dimension X minus Y as illustrated 

below.
Parallel misalignment is distance P between the hub center 

lines as illustrated below.
End float (with zero angular and parallel misalignment) 

is the axial movement of  the hubs(s) within the cover(s) 

measured from “O” gap.

GAP

Y

X

F

F

ANGULAR MISALIGNMENT

P

P

PARALLEL OFFSET MISALIGNMENT

END FLOAT

TABLE 1 — Misalignment and End Float

CPLG 

SIZE

Installation Limits

Operating Limits

Cover 

Fastener 

Torque 

Values

Allow 

Speed 

(rpm)

Lube Wt

Parallel 

Offset-P

Angular 

(x-y)

Normal Gap 

± 10%

Parallel 

Offset-P

Angular 

(x-y)

End Float 

Physical 

Limit  

(Min) 2 x F

Max 

Inch

Max 

mm

Max 

Inch

Max 

mm

Inch

mm

Max 

Inch

Max 

mm

Max 

Inch

Max 

mm

Inch

mm

lb-in

Nm

lb

kg

1150T

.012

.305

.016

.406

.250

  6

.024

.610

.062

1.57

.620

15.7

 650

  73.4

1500

   4.3

1.95

1160T

.012

.305

.018

.457

.250

  6

.024

.610

.070

1.79

.640

16.3

 650

  73.4

1350

   6.2

2.81

1170T

.012

.305

.020

.508

.250

  6

.024

.610

.079

2.01

.617

15.7

1300

146.9

1225

   7.7

3.49

1180T

.015

.381

.022

.559

.250

  6

.030

.762

.089

2.26

.717

18.2

1300

146.9

1100

   8.3

3.76

1190T

.015

.381

.024

.610

.250

  6

.030

.762

.097

2.46

.620

15.7

1300

146.9

1050

   9.7

4.40

1200T

.015

.381

.027

.686

.250

  6

.030

.762

.107

2.72

.620

15.7

2300

259.9

  900

 12.4

5.62

1210T

.018

.457

.029

.737

.500

13

.036

.914

.118

3.00

1.02

25.9

2300

259.9

  820

 23.2

10.5

1220T

.018

.457

.032

.813

.500

13

.036

.914

.129

3.28

1.15

29.2

3580

404.5

  730

 35.4

16.1

1230T

.019

.483

.035

.889

.500

13

.038

.965

.142

3.61

1.12

28.4

3580

404.5

  680

 53.0

24.0

1240T

.019

.483

.038

.965

.500

13

.038

.965

.154

3.91

1.12

28.4

5350

604.5

  630

 74.5

33.8

1250T

.020

.508

.042

1.07

.500

13

.040

1.02

.169

4.29

1.12

28.4

5350

604.5

  580

110.5

50.1

1260T

.020

.508

.046

1.17

.500

13

.040

1.02

.183

4.64

1.01

25.7

5350

604.5

  540

148.1

67.2

Содержание Falk SteelfIex T10 Series

Страница 1: ...loat kits are recommended for protecting the bearings Falk Steelflex couplings are easily modified to limit end float refer to Manual 428 820 for instructions LUBRICATION Adequate lubrication is essential for satisfactory operation Page 2 provides a list of typical lubricants and specifications for general purpose and long term greases Because of its superior lubricating characteristics and low ce...

Страница 2: ...ng Lubricants The values shown are typical and slight variations are permissible DROPPING POINT 300 F 149 C or higher CONSISTENCY NLGI No 2 with 60 stroke worked penetration value in the range of 250 to 300 SEPARATION AND RESISTANCE Low oil separation rate and high resistance to separation from centrifuging LIQUID CONSTITUENT Possess good lubricating properties equivalent to a high quality well re...

Страница 3: ...lace on shafts BEFORE mounting hubs Heat hubs as previously instructed Seal keyways to prevent leakage Mount hubs on their respective shafts so the hub face is flush with the end of its shaft unless otherwise indicated 2 Gap and Angular Alignment Use a spacer bar equal in thickness to the gap specified in Table 1 Page 5 Insert bar as shown above to same depth at 90 intervals and measure clearance ...

Страница 4: ...xtreme or unusual operating conditions check coupling more frequently 1 Check alignment per steps on Page 3 If the maximum operating misalignment limits are exceeded realign the coupling to the recommended installation limits See Table 1 for installation and operating alignment limits 2 Check tightening torques of all fasteners 3 Inspect seal ring and gasket to determine if replacement is required...

Страница 5: ...NMENT END FLOAT TABLE 1 Misalignment and End Float CPLG SIZE Installation Limits Operating Limits Cover Fastener Torque Values Allow Speed rpm Lube Wt Parallel Offset P Angular x y Normal Gap 10 Parallel Offset P Angular x y End Float Physical Limit Min 2 x F Max Inch Max mm Max Inch Max mm Inch mm Max Inch Max mm Max Inch Max mm Inch mm lb in Nm lb kg 1150T 012 305 016 406 250 6 024 610 062 1 57 ...

Страница 6: ...use blue grids Older models 150T thru 260T use orange grids CAUTION Blue grids may be used in all applications but DO NOT substitute orange grids for blue CAUTION DO NOT mix cover halves of different designs WARNING Mixing grid coupling components from different manufacturers may cause premature failure and personal or property damage from flying debris PART NUMBERS 1 Seal T10 2 Cover T10 3 Hub Sp...

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